Get to know and understand the fundamentals of the technologies that span Agilent’s core analytical platforms

Calibrating Curiosity—From First Steps to Excellence

Growing population, climate change, and industrial contamination are some of the issues that cause water stress and impact water quality. Analytical testing to ensure water quality and safety is essential for health and the ecosystem. Comprehensive...

Workflow ordering guide for analysis of trace metals in water using ICP-OES (EPA 200.7 and EPA 6010). Learn more.

US EPA method 6010 has been validated for the ICP-OES analysis of 31 metal elements in various environmental matrices. Method 6010 specifies quality control criteria for calibration validity, linear dynamic range, and method detection limits. As...

Imperial College London

Explore our testing solutions for toys, textiles, and leather, including analysis of multiple toxic substances at trace level, helping you comply with the strictest regulations worldwide and ensuring product safety.

Imperial College London

HJ 781 and HJ 804 are China’s National Standard methods for ICP-OES analysis of multiple elements in solid waste and in diethylenetriaminepentaacetic acid (DTPA)-extracted soil samples. Prior to ICP-OES analysis, labs are advised to use a sample...

Overcome the challenges of trace impurity analysis of copper sulfate by ICP-OES with Agilent ICP-OES. Find out how the smartICP can make it simple and straightforward.

Agilent's Instrument Rental Program provides flexible access to industry-leading instruments, ideal for proof-of-concept studies, urgent projects, or limited budgets

Overcome the challenges of trace impurity analysis of aluminum nitrate by ICP-OES with Agilent ICP-OES. Find out how the smartICP can make it simple and straightforward.

Whether your research is in early discovery, clinical trials or diagnostic tools development, we have the tools to help you succeed and shorten the path from discovery to potential clinical translation. Explore our integrated solutions in cell...

Agilent provides solutions for testing and analysis of polymers to identify impurities and confirm raw materials, characterize polymers to optimize engineering and performance, and quantify banned or restricted substances for regulatory compliance.

Explore enhanced GC analyzers, simulated distillation, and other rapid solutions that ensure accurate and precise process sample test results and efficient laboratory performance, allowing petroleum refineries to run efficiently, productively, and...

Our solutions for ethylene analysis can help to resolve low-level, active contaminants from significant matrix peaks, providing the sensitivity, reproducibility, and linearity you need.

Agilent has a wide range of analytical instruments, vacuum products, technical support services, and financial and lab management services to support electrolyte material manufacturing and testing.

Food additives like sugars, salts, fats, and dyes are substances added to food to make it look and taste better or last longer. Most additives are not found naturally in foods, and they may have potential harmful effects on human health. Most...

Low level testing of endogenous vitamin and hormone levels in biological samples is driving the need for methods that are more sensitive and specific than existing clinical chemistry workflows. Mass spectrometry provides clinical researchers the...